Restructuring Roundtable – Energy Storage Recap & Takeaways
Thursday, December 22, 2016
Thursday, December 22, 2016
On Friday, December 9, the New England Electricity Restructuring Roundtable forum was abuzz with excitement and anticipation for the bright future of energy storage in Massachusetts and the Northeast. Two panels packed with trailblazing policy-makers and project developers gave attendees an overview of energy storage’s recent emergence and offered recommendations about policy mechanisms that will be needed to drive deployment to the next level. (Click here to access presentations from the forum).
Commissioner Judith Judson of the Massachusetts Department of Energy (DOER) offered an informative presentation on the State of Charge report and other recent DOER efforts. However, she made no indication about DOER’s thinking leading up to the December 31 deadline for deciding whether or not to set procurement targets for energy storage. Judson was joined by Carla Peterman, Commissioner of the California Public Utilities Commission (CPUC), who shared her experience and lessons learned with the CA storage procurement mandate, and Jesse Jenkins of the Massachusetts Institute of Technology, who provided an overview of energy storage from the perspective of MIT’s recently released Utility of the Future report.
The second panel of the session featured representatives from private-sector developers who are leading the charge on energy storage deployment, four of whom also happen to be NECEC members and partners: NEC Energy Solutions, Green Charge (an Engie Company), Deepwater Wind, and National Grid. Panelists offered a first-hand account of cutting-edge storage systems already online, such as NEC’s Sterling, MA project, and coming in the near future, like Deepwater’s South Fork, NY effort.
Here are some top takeaways from the presentations and ensuing discussions:
NECEC looks forward to more buzz and action around energy storage in 2017. Read NECEC’s comments, filed this month with DOER, on setting appropriate targets for viable and cost-effective energy storage systems.